技术说明:使用总气体收集来测量通风体外系统中的甲烷产量

Pablo S. Alvarez Hess , Paula A. Giraldo , S. Richard O. Williams , Joe L. Jacobs , Murray C. Hannah , Peter J. Moate , Richard J. Eckard
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引用次数: 0

摘要

在先前使用Ankom GP通气体外系统(Ankom Technology, macedonia, NY)的研究中,通过产气量(GP)和孵育结束时孵育容器顶空的单个气体样本来估计甲烷产量。一种精确的方法需要测量孵育容器顶空和孵育期间排出的气体中的甲烷。本研究旨在确定收集Ankom GP系统排出的气体的行为是否会影响Ankom GP系统对产气量或产气成分的估计。通过长(304厘米)窄(1mm内径)气体管道收集气体的方法比不收集气体的控制方法估计的GP更大。通过短(22厘米)宽(4毫米内径)的气体管道收集气体的方法不会影响顶空甲烷百分比或GP的估计。综上所述,使用Ankom GP系统并将排出的气体收集到气体收集袋中,可以准确地估计体外甲烷产量,但前提是Ankom GP系统通过短而宽的气体管道连接到气体收集袋中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Technical Note: The use of total gas collection for measuring methane production in vented in vitro systems

In previous studies using Ankom GP vented in vitro systems (Ankom Technology, Macedon, NY), methane production was estimated from gas production (GP) and a single gas sample from the incubation vessel’s headspace at the end of the incubation. An accurate method requires measurement of methane in the incubation vessel’s headspace and in the gases vented over the incubation period. This research aimed to determine whether the act of collecting the gas vented from the Ankom GP system influenced the estimation by the Ankom GP system of the volume of gas produced or the composition of the gas produced. A method involving collecting gas through a long (304 cm), narrow (1 mm i.d.) gas line estimated greater GP than a control method not involving collection of gas. A method involving collecting gas through a short (22 cm), wide (4 mm i.d.) gas line did not affect headspace methane percentage or estimates of GP. It is concluded that in vitro methane production can be accurately estimated by using the Ankom GP system together with collection of vented gases into gas collection bags, but only if the Ankom GP system is connected to the gas collection bag via a short, wide gas line.

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